基于OBE教育理念的课程思政教学改革探讨--以“工程建设法规”课程为例

本文立足当前高等职业教育课程思政教育改革的实际,结合“工程建设法规”课程的特点,阐述基于OBE教育理念的课程思政设计,从教学目标改革、教学内容改革、教学方法改革、教学评价改革等方面论述基于OBE教育理念的课程思政教学改革。

高职院校“建设工程法规”课程思政的探索与实践——以工程造价专业为例

为落实加强党对职业教育工作的全面领导,实现职业技能和职业精神培养高度融合的要求,“建设工程法规”课程的教学内容决定了教师必须承担起学生法治精神培养等思想政治教育的任务,积极探索课程思政开展的具体方式方法,落实立德树人根本任务。针对高职院校工程造价专业,对“建设工程法规”的思政入课实践方法和教学设计展开探索,基于互动教学,列举主要章节思政元素如何与知识和技能相结合,实现职业能力和职业素质双融合培养。

Analysis on the Ways to Prevention and Cure of Sexual Harassment On the Campus under the Perspective of Gender Equal Education

Sexual harassment on campus has increasingly become the focus of widespread attention from all walks of life. The special identity of subject and object of sexual harassment on campus, concealed action, long cycle, mainly come from the idea of a deep dilemma, namely the lack of social gender equity. And the first premise to realize social gender equality is to ensure the education gender justice. Therefore, we need to draw lessons from the experience of the gender equality education in Taiwan, clear the social differences in the mind, respect for diverse gender culture; At the legislative level, improve laws and regulations, safeguard formal sources of law; At the system level, set up specialized agencies, through the permeability of course teaching, the strengthening of construction of teaching staff and the academic research, systematically discuss the effective path to construct mechanism of campus sexual harassment prevention.

The Design of Water-reusing Network with a Hybrid Structure Through Mathematical Programming

A new design method for a water-reusing network, with a hybrid structure, to reduce the complexity of the network and to minimize freshwater consumption, is proposed. The unique feature of the methodology proposed .in this article is to control the complexity of the water network by regulation of the control number in a water-reusing system. It combines the advantages of a conventional water-reusing network and a water-reusing net work with internal water mains. To illustrate the proposed method, a single contaminant system and a multiple contaminant system serve as examples of the problems.

3D structure parameterization design and modeling for irregular structure of stope bottom

Stope mining design is a very important and complicated task in daily production design and technical management of an underground mine.Based on workface technology and human-computer interaction technology,this study introduces a method of 3D parametric design for the irregular structure of stope bottoms,and focuses on solving technical problems in surface modeling of stope bottom structure.Optimization of the minimum span length algorithm(MSLA) and the shortest path search algorithm(SPSA) is conducted to solve the problem of contour-line based instant modeling of stope bottom structures,which makes possible the 3D parametric design for irregular structure of stope bottom.Implementation process and relevant methods of the proposed algorithms are also presented.Feasibility and reliability of the proposed modeling method are testified in a case study.In practice,the proposed 3 D parameterization design method for irregular structure stope bottom proves to be very helpful to precise 3D parametric design.This method is capable of contributing to improved efficiency and precision of stope design,and is worthy of promotion.

The Legal Regulations on Dams Construction on International Rivers： The Compliance of the Nile Basin Upstream States of the Regulations

The process of constructing hydraulic projects on international rivers is governed by several legal regulations, among the most important of these regulations are： the Principle of no harm, and the Principle of Prior Notification, protection of the river＇s environment and the Principle of Settling the International Disputes via Peaceful Means, which is considered one of the most important principles called for by the UN Pact, as it provides for adopting the peaceful means by the member states of the organization to settle international disputes through peaceful means, in addition to an applied study on the Nile Basin＇s projects.

Analysis on Students＇ Performance in SAMBET Course

In order to probe into the problems that English learners meet in the second language acquisition （SLA）, this thesis intends to evaluate students＇ performance in the process of studying SAMBET course in Beijing Information Science and Technology University （BISTU）, through identifying and analyzing the errors and improper uses of English, and exploring the reasons that account for them by means of SLA analysis devices. The author has talked about the errors and improper uses that are made by test attendants of SAMBET course. The analysis and exploration on these errors and improper uses illustrate that they occur owing to various implied reasons, e.g., the influence of Ll, ignorance of grammatical rules, carelessness, outside pressure, and attitude, aptitude, and confidence of individual learner, etc

Goal-Setting in the Information-Generating Environment of the Universe

Problem of goal-setting is related to the fundamental principles of informationology and general, rather than specific, aproaches, which enable a more adequate appraisal of certain managerial decisions in terms of their efficiency. In article this problem is considered and from positions of informationology is formulated and on the basis of a method of full mathematical induction the Law of positive dynamics of the Universe is proved. This law establishes preference of the positive purposes in all processes happening in the Universe. Thus, the goal-setting which is carried out from positions of the described Law is the important world outlook prerequisite searching, identification and development of strategic alternatives of purposeful social innovations.

Damage Analysis of the Great East Japan Earthquake

This paper tries to comprehensively summarize the reasons of damages at the Great East Japan Earthquake on March 11, 2011 and what are the lessons in terms of earthquake and tsunami safety of building and cities. The paper examines the damage of tsunami affected areas and analyses the damage to extract lessons in order to safely reconstruct the affected areas from the view point of building regulations such as ＂Disaster Risk Area＂ provided by the Article 39 of the Building Standard Law and the Urbanization Control Area and UPA （Urbanization Promotion Area） provided by the Article 8 of the Ordinance of the City Planning Law of Japan.

Simulated Annealing Algorithm and Its Application in Irregular Polygons Packing

Two dimensional irregular polygons packing problem is very difficult to be solved in traditional optimal way.Simulated annealing(SA)algorithm is a stochastic optimization technique that can be used to solve packing problems.The whole process of SA is introduced firstly in this paper. An extended neighborhood searching method in SA is mainly analyzed. A general module of SA algorithm is given and used to lay out the irregular polygons. The judgment of intersection and other constrains of irregular polygons are analyzed. Then an example that was used in the paper of Stefan Jakobs is listed.Results show that this SA algorithm shortens the computation time and improves the solution.

Policy Analysis on Building Regulations and the Recovery of Earthquake and Tsunami Affected Areas

The paper examines the situation and causes of recent big earthquake and tsunami disasters especially in the case of the Great East Japan Earthquake in 2011, and analyzes the damage to extract lessons on safety of buildings and recovery of cities from the view point of building regulations such as the Article 39 of the Building Standard Law. In addition, the Article 8 of the Ordinance of City Planning Law resulted in not so effective against tsunami in March 2011. Control mechanisms of building construction should be integrated into socio-economic, institutional, technical and other policy tools. In order to mitigate earthquake risk, all stages of building construction, from location, planning and construction to maintenance are important. Awareness creation is instrumental for building culture of safety and demands for intervention in disaster mitigation. The demands ultimately help in creating conducive environment for policy intervention, in realizing institutional mechanism of building code enforcement and land use control for the municipal authorities and in creating demand for competent professionals.

Application of dynamic analysis of strength reduction in the slope engineering under earthquake

At present,the methods of analyzing the stability of slope under earthquake are not accurate and reasonable because of some limitations. Based on the real dynamic tensile-shear failure mechanism of slope,the paper proposes dynamic analysis of strength reduction FEM (finite element method) and takes the reduction of shear strength parameters and tensile strength parameters into consideration. And it comprehensively takes the transfixion of the failure surface,the non-convergence of calculation and mutation of displacement as the criterion of dynamic instability and failure of the slope. The strength reduction factor under limit state is regarded as the dynamic safety factor of the slope under earthquake effect and its advantages are introduced. Finally,the method is applied in the seismic design of anchors supporting and anti-slide pile supporting of the slope. Calculation examples show that the application of dynamic analysis of strength reduction is feasible in the seismic design of slope engineering,which can consider dynamic interaction of supporting structure and rock-soil mass. Owing to its preciseness and great advantages,it is a new method in the seismic design of slope supporting.

Changes and Innovation of Dutch Building Regulation and Control： An Ongoing Debate

Dutch building regulation is under construction. After the report of the commission ＂Fundamentele Verkenning Bouw＂ in 2008, several studies have been done on the principals that the commission outlined in its report. Local authorities and parties in construction were invited to start experiments with a more privatized system of building control. But this faced a lack of participation, partly due to the impact of the crisis. The minister responsible for housing and construction invited in 2011 a ＂Bouwteam＂ to develop an agenda for action for construction. In 2012, 17 action teams started to focus, speed up and simplify the planning and development of construction. Recently, the two teams related to building regulation presented their plans. The first was a roadmap towards private building control, the second, a proposal for an independent body to answer questions on constructions plans that do intrinsically but not legally meet the standards of building regulation. There is considerable controversy regarding the way that this implementation team is paving its path towards private building control. While the minister for housing conformed himself to a subsidized private implementing team, the Dutch Parliament has expressed its own priorities for regulation： insured guarantee to protect users and owners, a role for local authorities regarding safety and acceptance of buildings and simplification of building regulation and control for simple construction works. The parliament held a round-table conference to get informed about private building control. Recently, a proposal by the minister for housing was discussed. Further debate will be needed to decide about the next steps in innovation building regulation, which will take place in the upcoming months. ERB/RIGO （Foundation Expert Centre Regulations in Building/Research Institute for Real Estate） have developed own proposals for the public-private relation regarding development and construction of buildings. They expect that their proposals might be of help. The proposals are laid down in several publications and partly realized in experimental development of ＂to be approved＂ technical solutions. This paper reflects on the differences between their proposals and these of the roadmap, on the possible outcome of the ongoing debate and its implications, legal and technical, on building regulation and on legal and contractual liability. This paper tries to give an inside view on the development of regulation and the pros and cons of the proposals, starting from a theoretical outline of building regulation.

The research on the standard and measure of the efficiency of the generalization performance of privatization of public utilities

The transformation of the development China＇s privatization of city public utilities？ vigorously promote the government function, however, the relative monopoly administrative operation system, functions decentralized system of government regulation and legal system construction is lagging behind, can making the privatization process easily lead to the emergence of efficient generalization, must be identified and avoided. This paper presents efficient generalization of privatization of public utility of our country city in measure, and analyzes the performance efficiency of the three resulting generalization.

A Need to Innovate the Dutch Building Regulation

In 2008, two governmental committees presented their conclusions on strengthening the role of the private building sector in building control. In 2011, three new studies were commissioned by the government to address perceived problems. One of them was an integral study, executed by ERB （Foundation Expertcentre Regulations in Building）, RIGO （Research Institute for Real Estate） and TNO （Research Institute for Applied Technologies）, to innovate the whole building regulations system. It led to proposals to redefine responsibility and liability for all parties. This study states that by an effort of yearly ￡100 million, unnecessary costs up to ￡l billion can be avoided and a real quality push will take place in the building and real estate markets. The goals to reach are to minimize the administrative burden for the building owner and to enforce the construction industry to build conforming to the regulations. This paper discusses the ERB study and the given proposals. The ERB study demonstrated that a quality push is needed which potential will lead to less costs for building owners. It also shows that proven solutions, part of the regulations, might be of help for all parties involved.

Feasibility Study on Common Methods for Wave Force Estimation of Deep Water Combined Breakwaters

China's newly enacted Breakwater Design Specifications(JTS154-2011) explicitly state that breakwaters with water depths greater than 20 m are categorized as deep-water breakwaters, and emphasize that design principles, methods and construction requirements are different from those of common shallow water breakwaters. However, the specifications do not make any mention of how to choose wave force calculation methods of deep-water breakwaters. To study the feasibility of different formulae for wave force estimation of deep water combined breakwaters, the wave force calculated by the Sainflou's, Goda's, modified Goda's and specifications' methods are compared for various water depths and wave heights in this paper. The calculated results are also compared with experimental data. The total horizontal forcing and the pattern of pressure distributions are presented. Comparisons show that the wave pressure distributions by the four methods are similar, but the total horizontal forces are different. The results obtained by the Goda's method and the specified formulae are much closer to the experimental data. As for the wave force estimation for the deepwater mixed embankment foundation bed parapet, the Goda's formula is applied in the case with a water depth of less than 42 m. The Specifications method is suitable for standing waves. In the wave force estimates of breastworks, Sainflou's and the modified Gaoda's formulae are no longer applicable for the foundation bed of mixed embankment.

Design and Implementation of Agricultural Products Logistics Management System based on WebGIS

The system will be to build a complete logistics monitoring system based on WebGIS, using the development technology of the third party map which is popular at present, the client technology Ajax is introduced into the two map development platform based on WebGIS, draw lessons from the mature MapABC map service interface for API programming, establish the optimization model of distribution route with hard time windows, and studies the application of tabu search algorithm to solve the distribution path optimization model. At the same time, t;he system can realize vehicle abnormal alarm, shortest path planning and analysis of statistical query functions, can display the corresponding curves on the map that query be some statistical analysis results or a heat map by the user, get a more intuitive feel and better user experience.

Multi-dimensional evaluation method in music creation and performance of comedy

Multidimensional Scale Evaluation Rules as a performer in the field of learning assessment is feasible, but for each dimension settings, level settings and value setting need to be developed according to the actual raters, object evaluation, the focus of the evaluation. Scores of overall dimensions use variance analysis, and the results show a significant difference. In sub-dimension score comparison, the high group and low group both got higher scores in the degree of difficulty performing works and read music accuracy. The high group and low group are different on dimensions of the lowest score. Total scores in the scale of multi-dimensional evaluation of rules are positively correlated on the scores on the improvising horizontal dimension, but the correlation is not very high level, that is not all students who is better in playing levels, and they can get higher scores on the improvising horizontal dimension. Using multi-dimensional scale scores and teacher direct evaluation rules score are significantly different for student achievement.

Inverse design of an integrated-nanophotonics optical neural network

Artificial neural networks have dramatically improved the performance of many machine-learning applications such as image recognition and natural language processing. However, the electronic hardware implementations of the above-mentioned tasks are facing performance ceiling because Moore’s Law is slowing down. In this article, we propose an optical neural network architecture based on optical scattering units to implement deep learning tasks with fast speed, low power consumption and small footprint.The optical scattering units allow light to scatter back and forward within a small region and can be optimized through an inverse design method. The optical scattering units can implement high-precision stochastic matrix multiplication with mean squared error < 10-4 and a mere 4*4 um2 footprint.Furthermore, an optical neural network framework based on optical scattering units is constructed by introducing "Kernel Matrix", which can achieve 97.1% accuracy on the classic image classification dataset MNIST.

Batching Scheduling in a Two-Level Supply Chain with Earliness and Tardiness Penalties

This paper studies the batch sizing scheduling problem with earliness and tardiness penalties which is closely related to a two-level supply chain problem.In the problem,there are K customer orders,where each customer order consisting of some unit length jobs has a due date.The jobs are processed in a common machine and then delivered to their customers in batches,where the size of each batch has upper and lower bounds and each batch may incur a fixed setup cost which can also be considered a fixed delivery cost.The goal is to find a schedule which minimizes the sum of the earliness and tardiness costs and the setup costs incurred by creating a new batch.The authors first present some structural properties of the optimal schedules for single-order problem with an additional assumption(a):The jobs are consecutively processed from time zero.Based on these properties,the authors give a polynomial-time algorithm for single-order problem with Assumption(a).Then the authors give dynamic programming algorithms for some special cases of multiple-order problem with Assumption(a).At last,the authors present some structural properties of the optimal schedules for single-order problem without Assumption(a) and give a polynomial-time algorithm for it.